advanced study of the following and their applicat applications applications and advantages of gc applications. by p.ravisankar. classification column operation functions gasschromatography history instrumentation instrumentation and detection introduction mass analyzers mechanism of action penicillins physiological importance principle of separation in gc sar side effects synthesis theory therapeutic uses toxicity and uses. uses uses. more…
(gc-ms) (lc-ms) (medicinal chemistry [medicinal chemistry] by p.ravisankar a mention of other aminoglycoside antibiotics ace inhibitors acid hydrolysis advanced study of the following and their applicat adverse effects. adverse/toxic effects alkylating agents aminocyclitols aminoglycosides amphoteric nature analytical method validation and hplc angiogenesis anti hypertensive agents [medicinal chemistry] by anti metabolites anti- cancer drugs(anti-neoplastic drugs) anti-neoplastic agents-history anti-tb and anti leprotic drugs [medicinal chemist antibiotics antibiotics classification applications applications and advantages of gc applications of gas chromatography by p.ravisankar applications of gas chromatography(gc) applications of gc applications. arb arrhythmia: definition basic principle best ways to reducing cancer. betalactamase inhibitors biological sources blood coagulation by p.ravisankar by p.ravisankar [sources of vitamin b2 by p.ravisankar. causes of cancer causes of hypertension cephalosporins- history chelation with metals chemistry chemistry of vitamin a chemistry of vitamin b2 chemistry of vitamin d chemistry of vitamin e classification classification of anti-cancer agents classification of drugs classification of penicillins column operation d2 d3 d4 d5 deficiency of vitamin b1. definition derivatization in gas chromatography derivatization in gc derivatization in high performance liquid chromato derivatization in high pressure liquid chromatogra derivatization in hplc detectors used in gas chromatography detectors. detectors. by. p.ravisankar. dietary sources ans supplements differencebetween fat and water soluble vitamins dihydrostreptomycin dihydrostreptomycin and its importance diuretics(water pills) doubling tume drugs drugs :class i durg interactions electrophysiology of the heart epimerisation fat soluble vitamins (vitamin a) medicinal chemist functions gas chromatography and mass spectrometry gasschromatography history how gc mechine works? column hpcpc[high performance centrifugal partition chrom hypertension hystory of vitamin b1 ii iii important structural units and the three acidity instrumentation instrumentation and detection introduction introduction to diuretics ion sources ionsource iv largest tumor ever removed liquid chromatography–mass spectrometry malignent tumor mass analyzers mass spec mass spectrometry mass spectrometry(mass-spec) -2013 - p.ravisankar- mechanism of action mechanism of action of acetazolamide mechanism of action of loop diuretics mechanism of action of potassium sparing diuretics mechanism of action of thiazides mechanism of actions mechanisms mechasism of actions metabolism nomenclature non-malignent tumor(benign tumor) normal physiology of urine formation oxidation of thiamine to thiocrome penicillins pharmaceutical analysis pharmaceutical chemistry. pharmacological aspects of vitamin b12. physiogical importance physiological importance physiological importance(role) of vitamin b1 physiological role of vitamin-a physiological role ro importance physiologicalrole/importance principle principle of separation in gc pyridoxine antagonists radio immuno assay(ria) rda reactions recommended daily intake recommended dietary allowance recommended dietary intake refampicin structure rifampicin source rifamycins role of vitamin k sar semisynthetic penicillins side effects side effects/adverse effects slurces of vitamin a source sources of vitamin b1 sources of vitamin k sources ofvitamin b12 spectrum of activity structures structures and chemistry of vitamin b1 structures of streptomycin structures of tocopherols structures of vitamin d1 structures of vitamin k1 and k2 sturctures sulbactam -betalactamase inhibitor summary. synthesis synthesis and uses synthesis of pyridoxaland pyridoxamine synthesis of riboflavin synthesis of vitamin b1 tetracyclines tetracyclines- medicinal chemistry theory therapeutic approaches therapeutic uses tips to stop silent killer. toxicity and uses. toxicity. treatment of cancer tretinoin and isotretinoin tumour growth kinitics types uses uses how t.b is treated? uses of penicillins. uses of riboflavin. uses of vitamin b12 uses of vitamin d uses of vitamin e uses. vinka alkaloids vitamin b1 [thiamine] medicinal chemistry by p. ra vitamin b12 deficiency symptoms vitamin b12[cynacobalamin][cobalamin] vitamin b2 deficiency symptoms vitamin b6 vitamin b6 uses. vitamin d deficiancy occurs in vitamin d deficiency(rickets) vitamin d functions vitamin d[ sunshine vitamin] medicinal chemistry b vitamin e (medicinal chemistry) by p.ravi sankar. vitamin e preparations vitamin k vitamin k deficiency vitaminb2[riboflavin] medicinal chemistry vitmin d sources what is cancer? what is gas chromatography? what is hpcpc? classification of counter current c …less
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